Dayton
Dayton 2MXY5 6" 5-blade aluminum propeller 30° pitch 125 CFM
A 6-inch, five-blade aluminum replacement propeller with a 30-degree pitch delivers 125 CFM at zero static pressure
- typeReplacement
- 5-blade design moves 125 CFM for effective airflow
- 30° pitch optimises air delivery at low static pressure
- Aluminium blades resist corrosion for long service life
- Hubless bore fits directly onto 1/200 HP motor shafts
- Rated to 1,550 RPM maximum for safe high-speed operation
Dayton 6" 5-blade aluminum propeller
This 6-inch aluminum propeller carries five blades set at a 30-degree pitch. It delivers 125 CFM at zero static pressure with a maximum speed of 1,550 RPM. The hubless bore fits a range of Dayton motor shafts. Rotation is counter-clockwise when facing the discharge.
Builders matching a 1/200 HP motor needing 125 CFM
This propeller suits replacements where the original spec calls for a 6-inch diameter, five-blade aluminum design at 30-degree pitch. Buyers who need a different blade count, pitch angle, blade material or airflow rating should look at something else.
30-degree pitch at 125 CFM
The 30-degree blade pitch paired with the 125 CFM rating determines whether this propeller moves enough air for the intended motor load. Verify the required pitch and CFM against the equipment nameplate before ordering.
Highlights
- 5-blade design moves 125 CFM for effective airflow
- 30° pitch optimises air delivery at low static pressure
- Aluminium blades resist corrosion for long service life
- Hubless bore fits directly onto 1/200 HP motor shafts
- Rated to 1,550 RPM maximum for safe high-speed operation
Specifications
| Brand | Dayton |
|---|---|
| type | Replacement |
Questions about this item
Is the 30-degree pitch version the right replacement for my unit?
This propeller has a fixed 30-degree blade pitch and five aluminum blades; choose it only if your original specification matches those exact values.
What does the 125 CFM rating mean when the propeller is installed?
The 125 CFM figure is measured at zero static pressure (.000 in. SP); actual airflow will drop once the propeller operates against duct resistance.
How does the hubless bore design affect motor compatibility?
The hubless bore requires a motor shaft that accepts a hubless mounting arrangement and supplies no more than 1/200 HP at up to 1,550 RPM.
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